6.2 MATLAB Functions Used 97 NUyx13 0.4663 >>NUyx14=NUyx(155.0,12.10,0.248,4.40,40) NUyx14 0.5775 >NUyx15=Uyx(155.0,12.10,0.248,4.40,50) NUyx15 0.6987 >>NUyx16=NWyx(155.0,12.10,0.248,4.40,60) NUyx16 0.8617 >>NUyx17=NUyx(155.0,12.10,0.248,4.40,70) NUyx17 1.1713 >>NUyx18=NUyx(155.0,12.10,0.248,4.40,80) NUyx18 1.9812 >NUyx19=NUyx(155.0,12.10,0.248,4.40,90) NUyx19 3.1769 The values of vur are now calculated for each value of 0 between-90 and 90 in increments of10°. >y4 [NUyx1 NUyx2 NUyx3 NUyx4 NUyx5 NUyx6 NUyx7 NUyx8 NUyx9 NUyx10 NUyx11 NUyx12 NUyx13 NUyx14 NUyx15 NUyx16 NUyx17 NUyx18 NUyx19] y4- Columns 1 through 146.2 MATLAB Functions Used 97 NUyx13 = 0.4663 >> NUyx14 = NUyx(155.0, 12.10, 0.248, 4.40, 40) NUyx14 = 0.5775 >> NUyx15 = NUyx(155.0, 12.10, 0.248, 4.40, 50) NUyx15 = 0.6987 >> NUyx16 = NUyx(155.0, 12.10, 0.248, 4.40, 60) NUyx16 = 0.8617 >> NUyx17 = NUyx(155.0, 12.10, 0.248, 4.40, 70) NUyx17 = 1.1713 >> NUyx18 = NUyx(155.0, 12.10, 0.248, 4.40, 80) NUyx18 = 1.9812 >> NUyx19 = NUyx(155.0, 12.10, 0.248, 4.40, 90) NUyx19 = 3.1769 The values of νyx are now calculated for each value of θ between −90◦ and 90◦ in increments of 10◦. >> y4 = [NUyx1 NUyx2 NUyx3 NUyx4 NUyx5 NUyx6 NUyx7 NUyx8 NUyx9 NUyx10 NUyx11 NUyx12 NUyx13 NUyx14 NUyx15 NUyx16 NUyx17 NUyx18 NUyx19] y4 = Columns 1 through 14